Homehttps://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/Sciencehttps://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/NASA's "Touch of the Sun" mission just hit another important milestone – BGR

NASA's "Touch of the Sun" mission just hit another important milestone – BGR

In 2018, NASA launched a mission to do what scientists have never done before. The Parker Solar Probe mission is truly the first of its kind, approaching our star, than any spacecraft that has ever decided, and it has already broken a number of records. a close approach to the Sun, bringing it to record a distance reached during its first pass. As NASA explains in a new blog, scientists are seeking to study the scientific data that collect probes during the closest to the Sun, and so far everything is going, as planned. and it was great to be able to track it throughout this perihelion, "explains Niklas Pinkin of Johns Hopkins's Applied Physical Laboratory. "We are looking forward to receiving scientific data from this meeting in the coming weeks so that research teams can continue to explore the mysteries of the crown and the sun."

Sending a spacecraft to orbit around an object like our Sun may seem trivial, given that JAXA NASA's space agency recently did the same with asteroids. These small space rocks demand exact precision for the achievement and successful orbit, but the Sun sets its own unique challenges.

It is obvious that heat is the biggest problem for artificial spacecrafts that are approaching the star. Even at an extremely long distance, which exceeds 1

4 million kilometers from the Sun, Parker's sunspot should struggle with intense temperatures. NASA's thermal protection technology was a topical issue during the construction of the probe, and so far it has been handling stresses as expected.

But the biggest test of the probe has yet come. When a spacecraft continues to pass close passages of the Sun, it will travel closer and closer to the surface of the star, eventually approaching about four million kilometers. The probe will face a temperature of 2500 degrees Fahrenheit, which is hot enough to melt steel. If she survives, she can teach scientists new things about how stars work like our Sun.